Materials Manganese ore‚ Metallurgical coke‚ Limestone & Quartz. Karnataka SEAC PPT For EC of Star Metallics & Power Pvt. Ltd. 3 PROJECT HIGHLIGHTS Contd……. Water requirement and Source 148 m3/ day‚ Tungbhadra dam reservoirs Effluent Generation & Disposal 46 m3/ day Gardening & dust suppression Source of power GESCOM Grid (It is used to run 15‚000 MVA furnace only‚ untill the proposed CPP will not be operational) Karnataka SEAC PPT For EC of Star Metallics
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Developing yourself and others Section 1: Know how to identify development needs 1.1 After using the VAK learning styles self-assessment questionnaire I discovered my learning style to be KINASESTHETIC meaning I learn more through physical experiences‚ such as touching‚ feeling‚ holding‚ doing and practical hands on experiences. This did not come as a surprise to me as in my current job role it is very hands on‚ and I’ve had to learn very quickly mainly through trial and error. I am not
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George Lucas Slide 1: No other 20th century filmmaker has had a greater impact on the film industry than George Lucas. His zeal for innovation forged a new relationship between entertainment and technology that revolutionized the art of motion pictures. His uncanny business acumen turned film licensing and merchandising into a multibillion-dollar industry. And his "Star Wars" trilogy ushered in the era of the Hollywood mega-blockbuster. Slide 2: In 1967‚ Lucas re-enrolled as a USC graduate student
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A. 57.12 B. 59.52 C. 58.92 D. 60.21 7. Determine the specific volume of argon gas in a vessel at 150 kPa and 20°C. The vessel is spherical and has a radius of 5 m. Molecular weight of argon=39.95kg/kg.mol. A. 0.4265 m3/kg B. 0.4665 m3/kg C. 0.4065 m3/kg D. 0.4465 m3/kg 8. One mole of monoatomic ideal gas at a temperature of 57°C absorbs 1.4 kcal of heat and does 2800 J of work on its surroundings. What is the resulting temperature of the gas? A. 550K B. 570K C. 560K D. 580K
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SPONGE IRON INDUSTRY: THE REGULATORY CHALLENGE Centre for Science and Environment RESEARCH AND DIRECTION Chandra Bhushan Research Sugandh Juneja Contributions: Kinjal Pillai Himansu Patra Kapil Subramanian Design and layout Surender Singh We are grateful to the Ministry of Environment & Forests (MoEF)‚ Government of India‚ United Nations Development Programme (UNDP)‚ Swedish International Development Cooperation
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Shah Wali Ullah – 1703 - 1762 Qutub-ud-Din 1. Introduction History 2. Tribulations of Society at his time Religious Social Spiritual Political 3. Results of Tribulations General Ignorance of Islam Sectarianism Conflict Undue burden on Exchequer Poor Understanding of Quran Heavy Taxation Petticoat Government influence Political Thread to Muslim rule by marhatas and Sikhs 4. Shah Wali Ullah Religious Services Preaching of Religion Emphasizing on Sunnah Resistance sectarianism Translation of Qur’an
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dam[->2]|Embankment[->3]‚ earth and rock-fill| Height|260.5 m (855 ft)| Length|575 m (1‚886 ft)| Crest width|20 m (66 ft)| Base width|1‚128 m (3‚701 ft)| Impounds|Bhagirathi River[->4]| Type of spillway|Gate controlled| Spillway capacity|15‚540 m3/s (549‚000 cu ft/s)| Reservoir| Capacity|2.6 km3 (2‚100‚000 acre·ft[->5])| Surface area|52 km2 (20 sq mi)| Power station| Commission date|2006| Turbines|Vertical Francis turbines[->6]| Installed capacity|1‚000 MW| Maximum capacity|2‚400 MW|
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that the hydraulic head h at any time t is difference between the meniscus level in the standpipe and the overflow level. (Barnes‚ 2000) CALCULTAIONS AND RESULTS V=5.936 x 10-5 m3 a=5.936 x 10-5 m3/0.8m=7.42 x 10-5 m2 A=π0.012/4=7.854 x 10-3 m3 L=0.13 m Test 1 a=7.42 x 10-5 m2 L=0.13 m h1=1.025 m h2=0.505 m A=7.854 x 10-3 m3 t2=17.84 sec t1=0 sec k1=7.42 x 10-5m2 x 0.13m x ln2.0297 / 7.854 x 10-3m3 x 17.84sec k1=4.873 x 10-5 m/s Test 2 a=7.42 x 10-5m2 L=0.13
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ENGINEERING THERMODYNAMICS Dr. Tamer A. Tabet Course Code: KC1702 and Mechanical Eng. Programme‚ KM21102. SEMS-1-2011/2012 Lecture 6. Tue. 15 / 10/ 2012 Lecture Room DKP 10 Engineering Thermodynamics Lecture 6: Evaluating Properties Using the Ideal gas OUTLINE: Real gases‚ specific heats‚ internal energy‚ enthalpy In this section the ideal gas model is introduced. The ideal gas model has many applications in engineering practice and is frequently used in subsequent section
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Advantages of mix design Mix design aims to achieve good quality concrete at site economically. I. Quality concrete means • Better strength • Better imperviousness and durability • Dense and homogeneous concrete II. Economy a) Economy in cement consumption It is possible to save up to 15% of cement for M20 grade of concrete with the help of concrete mix design. In fact higher the grade of concrete more are the savings. Lower cement content also results in lower heat of hydration and hence
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